JP2005335333A - Printed matter with scratch concealment layer and manufacturing method thereof - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a printed matter 1 with a scratch concealment layer which has a constitution wherein individual information 11 indicating a hit or a miss or the like is printed on a base sheet 30 having a light-intercepting layer 30a given consideration of preservation of the environment and the scratch concealment layer 34 is provided with an easy-to-peel layer 32 interlaid, while a full-color printed layer 36 by flexographic printing is provided on the outermost surface, and which has the surface excellent in the tone reproducibility of the full-color printed layer 36 and is excellent in the reading suitability by OCR after scratching off and in the suitability for mechanical conveyance, and a manufacturing method thereof. <P>SOLUTION: In the printed matter 1 with the scratch concealment layer, the base sheet 30 having the light-intercepting layer 30a in the middle has a white ground anchor layer 31 of white ink provided in a printing area on one side of the sheet whereon the individual information 11 is printed, within the limits of a basis weight of 75-180 g/m<SP>2</SP>. The reflectance of this layer is 70% or more. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a printed matter with a scratch concealing layer such as a ticket. More specifically, a full-color printing layer is provided on the scratch concealing layer to prevent counterfeiting and improve design, and after a scratch-off, etc. It is related with the printed material with a scratch concealment layer which is excellent in the machine-readability of the individual information which represents this, and its manufacturing method.

  Conventionally, for example, in an instant ticket or a game card, in order to conceal individual information such as “winning”, “disappearance” or grade, and a picture or symbol corresponding to them, concealment and scratch-off (scratch) Printed matter with a scratch concealment layer that conceals the individual information with ink having ease of removal), and the purchased customer or sales office scratches the scratch concealment layer with coins, nails, etc. and visually recognizes or reads this individual information Is known and used in various fields.

  As the printed matter with the scratch concealing layer, for example, as shown in the laminated sectional view of FIG. 3, individual information (11) such as a pattern, characters, numbers, etc. is printed on a base sheet (30) made of paper or the like. Then, an easy-peeling layer (32) made of a transparent peeling varnish or the like is formed so as to cover the individual information (11), and a scratch masking layer (34) containing aluminum powder or the like is formed on the easy-peeling layer (32). Further, the scratch concealing layer (34) is further concealed to provide design and cosmetics, and the scratch concealing layer (34) is regenerated and a full color printing layer (36) for preventing counterfeiting is the top. There is a printed matter (1) with a scratch concealment layer provided on the entire surface (see, for example, Patent Document 1).

  The customer who purchased the printed matter with the scratch concealing layer (1) or the sales office etc. scratched off the scratch concealing layer (34) with a coin, a nail, or a dedicated scratch peeling device, In the case where the individual information (11) such as “win”, “miss”, etc., or the individual information (11) such as a picture or symbol corresponding thereto is visually observed or the contents cannot be determined by visual recognition such as a barcode or a security code. It can be recognized by reading with a dedicated OCR (optical character / symbol reader).

  In addition, the above-described reading by the dedicated OCR is not limited to the case where a bar code, a password, or the like is used as individual information (11) at a sales office or the like as described above. When the collected winning tickets or unsold tickets are settled, a large amount of OCR reading is required. Accordingly, printed matter with a scratch concealing layer is required to have readability by OCR and suitability for machine conveyance.

  However, if the printing method used for forming the full color printing layer (36) is a normal offset process ink, the viscosity of the ink is high and there is a risk that the scratch concealing layer (34) may be peeled off during printing. In addition, when a so-called rubber-based color ink is used, it is preferable to employ a rubber-based resin because the same physical properties as scratch ink can be secured. Therefore, full-color printing using this type of ink is optimal because it is a flexographic printing method that transfers ink via an anilox roller, and rubber-based resins can be selected, and printing with low viscosity can be realized. Has been adopted as.

  However, in this flexographic printing, particularly when printing at high speed, if the surface smoothness of the paper (base sheet) used is low, the halftone dots constituting the full color printing may be lost (fly), and sufficient full color ( There is a problem that color gradation) cannot be reproduced.

  In order to prevent the printed matter with scratch concealment layer (1) from being held over a strong light source before the scratch-off (unauthorized) so that the contents of the individual information (11) representing a hit or the like cannot be seen, for example, the lamination shown in FIG. As shown in the cross-sectional view, the light shielding layer (30a) is printed by solid printing with black (dark brown, dark blue, etc.) ink on the portion where the individual information (11) is printed on the back surface of the base sheet (30). Some are forming.

  However, in the case where the light-shielding layer (30a) having only a black surface is provided on the back surface as described above, it is necessary to increase the print density of the individual information (11) to satisfy the (reading) suitability by the OCR described above. For this reason, it is necessary to lower the density of the light shielding layer (30a) and increase the PCS value (contrast with the base) of the individual information (11). Therefore, sufficient light shielding properties are ensured for the light shielding layer (30a). In addition to the problem that it becomes difficult, there is a problem in that the design of the back surface is lacking, and the space to put explanatory text on the back surface is limited.

  As a method of solving the problems such as ensuring sufficient light shielding properties, designability, securing of the description space, etc. as described above, there is a method using a light shielding paper in which an aluminum foil is laminated between papers as a base sheet. However, the light shielding paper laminated with the aluminum foil has environmental problems such as incineration treatment as waste and landfill of the incinerated ash, so that, for example, as shown in the laminated sectional view of FIG. In addition, there is one in which a light-shielding layer (30a) having no environmental problem is provided in the middle of the base sheet (30). Specifically, for example, a black-based material that blocks light from a strong light source on the coated surface of the coated paper, for example. A highly light-shielding substrate sheet (30) is formed by forming a highly light-shielding layer (30a) made of a paint, and adhering a coated surface of another coated paper to the highly light-shielding layer (30a) via an adhesive. (For example, refer to Patent Document 2).

The above prior art documents are shown below.
JP-A-11-157266 JP 2003-155698 A

  However, in the base sheet provided with the light shielding layer in the middle, the problem of securing the space such as the design of the back surface and the explanatory text can be solved, but, for example, the coated paper on the side on which the individual information is printed is thin In the case of (without thickness), it is difficult to ensure sufficient light shielding properties for the light shielding layer (30a) from the need to satisfy the (reading) suitability by OCR, and if the coated paper is thick, then , Trouble occurs in OCR conveyance suitability. In other words, there is a bent part in the conveying part, for example, a thick coated paper (base sheet) that is difficult to bend cannot be handled, causing a trouble in conveying, or a trouble in controlling the spring of the two-sheet insertion preventing function part. .

  The present invention solves the problems of the prior art, and the problem is that it has a light-shielding layer that can secure a space for design and description on the back surface and is environmentally friendly. Individual information such as letters and numbers is printed on the base sheet, and a scratch concealment layer is applied through a transparent easy peeling layer so as to cover the individual information, and a full color print layer is formed so as to cover the scratch concealment layer. In the printed matter with the scratch concealment layer provided on the entire outermost surface, the substrate sheet has a surface excellent in tone reproducibility of the full-color printed layer even in a high-speed flexographic printing method, and further, readability by OCR after scratch-off Another object of the present invention is to provide a printed material with a scratch concealing layer and a method for producing the same.

  In order to achieve the above object in the present invention, first, in the invention of claim 1, individual information representing a hit or grade is printed on one side of a base sheet having a light shielding layer in the middle, and the printed In a printed matter with a scratch concealment layer in which a scratch concealment layer is applied via a transparent easy peeling layer so as to cover individual information, and a full color print layer is applied to the entire surface of one side of the base sheet including the scratch concealment layer The base sheet has a basis weight in the range of 75 to 180 g / m 2, and a white base anchor layer with white ink is applied to a portion on which individual information on one side of the base sheet is printed. This is a printed matter with a scratch concealing layer.

  According to a second aspect of the present invention, in the printed matter with a scratch concealing layer according to the first aspect, the white base anchor layer has a reflectance of 70% or more.

  In the invention of claim 3, the PCS value of the printed individual information is 0.7 or more for the B filter and 0.75 or more for the H filter. The printed matter with the scratch concealing layer is described.

  In the invention of claim 4, the smoothness according to JIS-P-8119 of at least the individual information of the base sheet and the surface on which the full color printing layer is formed is 100 seconds or more. Item 1 is a printed matter with a scratch concealing layer.

  Further, in the invention of claim 5, individual information representing a hit or grade is printed on one side of a base sheet having a light shielding layer in the middle, and a transparent easy peeling layer is provided so as to cover the printed individual information. In the method for producing a printed material with a scratch concealment layer, which comprises applying a scratch concealment layer and forming a full color printing layer on the entire surface of one side of the base sheet including the scratch concealment layer, the base sheet has a basis weight of 75 to 180 g / A method for producing a printed material with a scratch concealment layer, characterized in that a white ground anchor layer is formed with white ink on a portion of the base sheet that is used for printing individual information on one side of the base sheet. is there.

  The invention according to claim 6 is the method for producing a printed matter with a scratch concealing layer according to claim 5, wherein the white ground anchor layer is formed to have a reflectance of 70% or more.

  In the invention of claim 7, the PCS value of the printed individual information is set to 0.7 or more for the B filter and 0.75 or more for the H filter. This is a method for producing a printed matter with a scratch concealing layer.

  Furthermore, in the invention of claim 8, the full color printing layer is formed by a flexographic printing method, and at least the individual information of the base sheet and the surface on which the full color printing layer is formed comply with JIS-P-8119. 6. The method for producing a printed matter with a scratch concealing layer according to claim 5, wherein the smoothness is 100 seconds or more.

The PCS value referred to in claim 3 and claim 7 is an abbreviation for Print Contrast Signal, and the contrast is represented by the relative reflectance of the image line (individual information) and the (base) substrate, and is calculated by the following equation. Concentration,
PCS = (reflectance of substrate) − (reflectance of image line) / (reflectance of substrate)
It is represented by

  Since this invention is the above structure, there exist the following effects.

  That is, according to the first aspect of the present invention, the individual information indicating the winning or the grade is printed on one side of the base sheet having the light shielding layer in the middle, and transparent so as to cover the printed individual information. In a printed matter with a scratch concealment layer, in which a scratch concealment layer is applied via an easily peelable layer and a full color printing layer is formed on the entire surface of one side of the base sheet including the scratch concealment layer, the base sheet is By making it thin in the range of 75 to 180 g / m 2, it can be easily bent at the OCR transport section and can be controlled by the two-sheet insertion prevention function section. By applying a white ground anchor layer with white ink to the area where information is printed, even a thin base sheet with a light shielding layer in the middle can be shielded by the white ground anchor layer with white ink. There is hidden, it can be a scratch concealing layer provided printed materials excellent in OCR (reading) suitability for reading individual information of concentration after scratching off.

  If the basis weight of the base sheet exceeds 180 g / m 2, the whiteness is maintained even without the white ground anchor layer, but the OCR transport section does not bend and the two-sheet insertion prevention function section can be controlled. This is not preferable because it does not satisfy the mechanical aptitude for conveyance, and if it is less than 75 g / m 2, the substrate sheet is too thin to be conveyed, so that jamming easily occurs.

  According to the second aspect of the present invention, the white base anchor layer has a reflectance of 70% or more, thereby concealing the blackness of the light shielding layer in the middle of the base sheet with the white base. Covering the thinness of the sheet, the readability of the OCR can be improved.

  According to the third aspect of the present invention, the PCS value of the printed individual information is set to 0.7 or more for the B filter and 0.75 or more for the H filter to read the individual information. ) A printed material with a scratch concealment layer that is excellent in aptitude and free from erroneous reading or reading failure.

  Further, according to the invention according to claim 4, by making the smoothness in accordance with JIS-P-8119 at least the individual information of the base sheet and the surface on which the full color printing layer is formed to 100 seconds or more, Even with a high-speed flexographic printing method, a printed matter with a scratch concealment layer in which a full-color printing layer excellent in tone reproducibility without dot skipping is formed can be obtained.

  In addition, according to the invention according to the fifth aspect, the individual information representing the winning or the grade is printed on one side of the base sheet having the light shielding layer in the middle, and the transparent information is easily covered so as to cover the printed individual information. In the method for producing a printed material with a scratch concealment layer, wherein a scratch concealment layer is applied via a release layer, and a full color printing layer is formed on the entire surface of one side of the substrate sheet including the scratch concealment layer, the basis weight is 75 to 180 g / m 2. By using a base material sheet with a thin range, it can be easily bent at the OCR transport unit and can be controlled by the two-sheet insertion prevention function unit, and has excellent OCR transportability. By using a manufacturing method in which a white base anchor layer with white ink is provided on the portion where individual information is printed, this white ink sheet can be obtained even as a thin base sheet with a light shielding layer in the middle. The white ground hide the light shielding layer at the anchor layer can be a OCR (read) method for producing a printed material with a scratch concealing layer excellent in suitability for reading individual information of concentration after scratch-off by.

  Further, according to the invention according to claim 6, the blackness of the light shielding layer in the middle of the base material sheet is reduced by using the manufacturing method in which the white base anchor layer is formed so as to have a reflectance of 70% or more. It can be concealed in white to cover the thinness of the base material sheet and improve the readability of OCR.

  According to the seventh aspect of the present invention, the individual information and the white ink anchor layer are set so that the PCS value of the printed individual information is 0.7 or more for the B filter and 0.75 or more for the H filter. By using a manufacturing method that balances the thickness of the base sheet having a light shielding layer in the middle, it is possible to provide a manufacturing method for a scratch concealing layer that is excellent in readability by OCR.

  Furthermore, in the invention according to claim 8, the full color printing layer is formed by a flexographic printing method, and at least the individual information of the base sheet and the surface on which the full color printing layer is formed comply with JIS-P-8119. By setting the smoothness to 100 seconds or more, a method for producing a printed material with a scratch concealment layer that forms a full-color printing layer having no tone skipping (missing) or the like even in high-speed flexographic printing and having excellent tone reproducibility. it can.

  Therefore, the present invention is a printed material with a scratch concealment layer provided with a full color print layer on the surface of a ticket, etc., and is excellent in practical use as a print with a scratch concealment layer excellent in machine readability of individual information representing a win or the like and a manufacturing method thereof. Demonstrate the effect.

  The best mode for carrying out the present invention will be described below in detail with reference to the drawings.

  The present invention has a light shielding layer (30a) made of an aluminum-less and environmentally friendly black paint between two coated papers (30b), for example, as shown in the cross-sectional view of FIG. A white base anchor layer (31) with white ink containing a large amount of titanium oxide or the like is provided in a print area (11a) of individual information on the base sheet (30), and this white base anchor layer (31) A transparent ink-receiving layer (33) for ink-jet recording is provided on the ink-receiving layer (33). Individual information (11) indicating a hit or the like is printed on the ink-receiving layer (33) by an ink-jet method. An easily peelable layer (32) made of a transparent release varnish is formed so as to cover, and a scratch masking layer (34) excellent in scratch-off property and masking property is provided on the easily peelable layer (32), and this scratch masking layer ( 3 3), a full-color printing layer (36) made of a pattern or the like is formed on the entire surface of the substrate sheet (11), and the full-color tone reproducibility is excellent. FIG. 3 shows the scratch concealment layer (34) after scratch-off. As shown in the front view, the printed matter (1) with a scratch concealment layer is excellent in OCR readability and transportability for confirmation (verification) of the individual information (11).

  Further, the printed matter (1) with a scratch concealment layer of the present invention is a white ink for covering and concealing the scratch concealment layer (34) on the scratch concealment layer (34) as shown in the laminated sectional view of FIG. A white hiding layer (35) is formed on the entire surface, and a full color printing layer (36) is formed on the white hiding layer (35) so that tone reproducibility including the full color hue is excellent. .

  As described above, the invention according to claim 1 is a substrate sheet (30) having a light shielding layer (30a) made of a black paint between two coated papers (30b) shown in FIG. 1 or FIG. ), A thin base sheet (30) having a basis weight of 75 to 180 g / m 2 is used, and on the thin base sheet (30), the portion where the individual information (11) is printed is printed with white ink. It is a printed matter (1) with a scratch concealment layer provided with a white base anchor layer (31).

In this way, by using a thin base sheet (30) having a light shielding layer (30a) made of a black paint in the middle, it is easily bent even in a transport section having many bent portions of OCR, and there is no transport trouble. In addition, the two-sheet insertion prevention function unit can be controlled. Furthermore, by providing a white base anchor layer (31) with white ink on the base sheet (30), a thin base sheet (30) having a light shielding layer (30a) in the middle can be thinned (
The white base anchor layer (31) with this white ink is used to conceal the blackness of this light shielding layer (30a), so that the PCS of the individual information (11) printed as a result. Therefore, it is possible to provide a printed matter (1) with a scratch concealment layer that is excellent in OCR readability and transportability.

  Further, in the invention according to claim 2, for example, as shown in FIG. 1 or FIG. 2, the reflectance of the white base anchor layer (31) formed on the base sheet (11) is 70% or more. Depending on the content of white pigment (titanium oxide or the like) of the white ink, the thickness of the white base anchor layer (31) is approximately 1 μm or more.

  Further, the invention according to claim 3 is an example in which the individual printed on the print area (11a) is shown in the front view of FIG. 3 in which the scratch concealment layer (34) shown in FIG. 1 or FIG. 2 is scratched off. The PCS value of information (11) is 0.7 or more for the B filter and 0.75 or more for the H filter.

  By using such a high contrast PCS value, it is possible to obtain a printed matter (1) with a scratch concealment layer that is excellent in OCR (reading) suitability for reading the individual information (11) after the scratch-off and does not have erroneous reading or reading failure. be able to.

  Moreover, the invention according to claim 4 is a JIS-surface on the side on which the individual information (11) of the coated paper (30b) constituting the base sheet (30) shown in FIG. It is a printed matter (1) with a scratch concealment layer having a smoothness based on P-8119 of 100 seconds or more.

  Thus, by making the surface smoothness of the base sheet (30) as extremely smooth as 100 seconds or more, halftone dot skipping (missing), etc. is possible even with high-speed flexographic printing using a rubber-based full-color ink. A full-color printing layer (36) excellent in tone reproducibility is formed on the outermost surface, and a printed matter (1) with a scratch concealing layer that is excellent in cosmetics and design and is highly motivated to purchase can be obtained.

  The invention according to claims 5 to 8 is a method for producing the printed matter with a scratch concealing layer, and particularly in claim 8, the printed matter with a scratch concealing layer (1) shown in FIG. 1 or FIG. In forming the full color printing layer (36), the flexographic ink (22) is transferred to the flexographic printing plate (40) through the anilox roll (23) as shown in FIGS. 4 (a) and 4 (b). Made by flexographic printing.

  More specifically, for example, as shown in FIG. 4 (a), the flexographic ink (22) made of a rubber-based resin in the ink fountain (20) is scraped up by a rotating anilox roll (23), and an extra The ink is scraped off by a doctor blade (31), this ink is transferred to a flexographic printing plate (40) wound around a plate cylinder (26), and full color printing is performed on a base sheet (11) by pressing of an impression cylinder (27). A layer is formed.

  Further, as shown in FIG. 4 (b), the flexographic ink (22) made of a rubber-based resin in the ink fountain (20) is scooped up by a rotating fountain roll (28), which is then transferred to an anilox roll (23). It is also possible to adopt a flexographic printing method that changes.

  Hereinafter, materials such as each layer constituting the printed material with a scratch concealing layer of the present invention and a manufacturing method thereof will be described in detail.

First, the base sheet (30) is composed of two coated papers (30b). For example, art paper, fine coated paper, medium coated paper, lightweight coated paper, fine coated paper that does not exceed a basis weight of 80 g / m 2, fine coated paper, Coated paper, cast coated paper, etc., which may be either double-sided coating or single-sided coating, but at least the surface is laminated so that the coated surface comes, and the coated surface has a reflectance of about 50% or more. Preferably, a paper having a smoothness of 100 seconds or more is used, and a paper having a basis weight of 75 to 180 g / m 2 can be used in combination with the light shielding layer (30a) provided therebetween.

  Also, as the light shielding layer (30a) provided between the two coated papers (30b), a conventional black paint that does not use aluminum foil and is environmentally friendly, such as carbon black, etc. Using gravure ink with solid content of 30-40% by weight, with a coating amount of 10-30 g / m2 (wet), by gravure coating or roll coating, etc., on one coated paper one to several times Can be obtained.

  The substrate sheet (30) in consideration of the environment by laminating the other coated paper (30b) with an adhesive on the coated surface of the coated paper (30b) on which the light shielding layer (30a) has been applied. It can be.

  Examples of the white base anchor layer (31) include white ink for gravure, flexo or screen containing a large amount of white pigment (approximately 30% by weight) such as titanium oxide. As a result, a reflectance of 70% or more is ensured.

  In addition to the ink jet method as described above, the printing method of individual information (11) consisting of letters, numbers, symbols (including barcodes and passwords) representing the winnings, grades, etc., and patterns corresponding to them, For example, an electronic toner transfer system using a laser beam, a thermal ribbon transfer system using a thermal head, or a dot impact system can be used. In the case of the above-described ink jet system, transparent ink acceptance mainly composed of a polyacetal resin as shown in FIG. The layer (33) is preferably provided, and the ink receiving layer (33) is not required in other systems.

  Moreover, it is provided so as to cover the individual information (11) and protects the individual information (11), and transparent easy peeling for facilitating peeling (scratch-off) of the scratch concealing layer (34) provided thereon. The layer (32) is provided. As the easily peelable layer (32), for example, polyurethane acrylic resin, polyamide resin, nitrocellulose resin and 5% or less of silicon or wax (polyethylene wax, etc.) as an additive are added. Obtained by screen printing, gravure printing, etc. Furthermore, for example, it can also be obtained by partial coating by an offset printing method using a UV peeling varnish in which silicon or wax is slightly added to an ultraviolet curable offset ink vehicle (a component excluding coloring pigments of printing ink). .

  As the scratch concealing layer (34), for example, an aluminum powder imparting concealing property, a coloring pigment including an extender pigment such as alumina white, a synthetic rubber resin such as SBR and NBR having cohesive failure (nodule) property, and toluene. It is also possible to use a scratch ink dissolved and dispersed in an organic solvent such as an emulsion-type scratch ink in which the above materials are dispersed in water.

  Further, as the white hiding layer (35) applied to give cosmetics to the outermost full color printing layer (36) and to conceal the color (gray) of the scratch hiding layer (34), titanium oxide is mainly used. Using a gravure or flexographic white ink in which the pigment is dispersed, printing can be performed on the substantially entire surface including the scratch concealment layer (34) with a thickness of about 5 μm by each printing method.

  Furthermore, as described above, the full color printing layer (36) provided on the outermost surface may be, for example, a process ink for gravure printing. However, in order to improve the scratch-off property similar to that of the scratch concealing layer (34), SBR In addition, a full color (process) ink in which a synthetic rubber resin such as NBR is dissolved and dispersed in a solvent is preferable, and a flexographic printing method in which the ink is transferred to a plate via an anilox roll is preferably used as the printing method. It can be formed on the entire surface of the white hiding layer (35), imparting cosmetics and design to the surface and encouraging purchase.

It is explanatory drawing which represented one Embodiment of the printed matter with a scratch concealment layer of this invention in the cross section. It is explanatory drawing showing other one Embodiment of the printed matter with a scratch concealment layer of this invention by the side cross section. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view of a printed matter with a scratch concealment layer according to an embodiment of the present invention when a scratch concealment layer is scratched off. BRIEF DESCRIPTION OF THE DRAWINGS The printing method of the full color printing layer which comprises the printed matter with a scratch concealment layer of this invention is demonstrated, (a) is a side view which shows the example, (b) is the side which shows another example. FIG. It is explanatory drawing which represented the example of the conventional printed matter with a scratch concealment layer by the side cross section. It is explanatory drawing which represented another example of the conventional printed matter with a scratch concealment layer by the side cross section. It is explanatory drawing which represented another example of the conventional printed matter with a scratch concealment layer by the side cross section.

Explanation of symbols

1 ... Printed matter with scratch concealment layer 11 ... Individual information 11a ... Printing area 20 ... Inkwell 21 ... Doctor blade 22 ... Flexo ink 23 ... Anilox roll 26 ... Plate cylinder 27 ... Impression cylinder 30 ... ... base sheet 30a ... light shielding layer 30b ... coated paper 31 ... white base anchor layer 32 ... easy peeling layer 33 ... ink receiving layer 34 ... scratch hiding layer 35 ... white hiding layer 36 ... full color Printing layer 40 ... Flexographic printing plate

Claims (8)

  On one side of the base sheet having a light shielding layer in the middle, individual information representing a hit or grade is printed, and a scratch concealment layer is applied via a transparent easy-release layer so as to cover the printed individual information, In the printed matter with a scratch concealment layer in which a full color printing layer is applied to the entire surface of one side of the base sheet including the scratch concealment layer, the base sheet has a basis weight in the range of 75 to 180 g / m 2. A printed matter with a scratch concealing layer, characterized in that a white base anchor layer with white ink is applied to a portion where individual information on one side of a material sheet is printed.   The printed matter with a scratch concealing layer according to claim 1, wherein the white base anchor layer has a reflectance of 70% or more.   3. The printed matter with a scratch concealment layer according to claim 1, wherein the PCS value of the printed individual information is 0.7 or more for the B filter and 0.75 or more for the H filter.   The printed matter with a scratch concealment layer according to claim 1, wherein the smoothness according to JIS-P-8119 of at least the individual information of the base sheet and the surface on which the full-color print layer is formed is 100 seconds or more. .   On the one side of the base material sheet having a light shielding layer in the middle, individual information representing a hit or grade is printed, and a scratch concealing layer is applied via a transparent easy peeling layer so as to cover the printed individual information. In the method for producing a printed material with a scratch concealment layer that forms a full-color printing layer on the entire surface of one side of the base sheet including the concealment layer, the base sheet uses a basis weight in the range of 75 to 180 g / m2, A method for producing a printed matter with a scratch concealment layer, wherein a white ground anchor layer is formed with white ink on a portion of the base sheet on which individual information on one side is printed.   6. The method for producing a printed matter with a scratch concealment layer according to claim 5, wherein the white base anchor layer is formed to have a reflectance of 70% or more.   The method for producing a printed matter with a scratch concealment layer according to any one of claims 5 to 6, wherein the PCS value of the printed individual information is 0.7 or more for the B filter and 0.75 or more for the H filter. .   The full color printing layer is formed by flexographic printing, and at least the individual information of the base sheet and the surface on which the full color printing layer is formed have a smoothness of 100 seconds or more in accordance with JIS-P-8119 The method for producing a printed matter with a scratch concealing layer according to claim 5, wherein the method is used.

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